PEER-REVIEWED SCIENCE
Frontier Physics & Validated Hardware Benchmarks
Open-access research indexed on CERN Zenodo. Reproducible experiments on IBM Heron, IonQ Forte, and QuEra Aquila.
Doped 2D Fermi-Hubbard Superconductivity, Discrete Time Crystal Rigidity & OTOC Fast Scrambling
Full open-access paper and reproducible code artifacts. Permanent CERN Zenodo record.
Doped 2D Fermi-Hubbard Superconductivity
Variational quantum eigensolver (VQE) simulation of doped Fermi-Hubbard model on IBM Heron topology. Demonstrates superconducting phase transitions at finite doping.
IBM Heron 156Q64-Qubit Discrete Time Crystal (DTC) Rigidity
Experimental demonstration of DTC rigidity on IonQ Forte. Persistent sub-harmonic oscillations under Floquet driving with disorder-averaged fidelity F > 0.94.
IonQ Forte 36QOTOC Fast Scrambling on IonQ
Out-of-Time-Ordered Correlator measurement confirming fast scrambling dynamics. Job ID: 01a0f80c. Scrambling time consistent with quantum chaos predictions.
IonQ Job: 01a0f80cOPEN STANDARD
QBS-26 Benchmark Standard
The open cross-modal benchmarking standard — "SPEC for Quantum" — measuring algorithmic fidelity, circuit depth, and superdiffusion across QPU architectures.
Algorithmic Fidelity
Gate-level error characterization
Circuit Depth
T-gate and CNOT decomposition
Superdiffusion
Quantum transport benchmarks
Cross-Modal
Superconducting, trapped-ion, neutral atom
$215M Quantum Genesis Q Program
Track alignment with the Department of Energy Quantum Genesis Q program. Triqee's QBS-26 standard and hardware arbitrage architecture are positioned for national quantum infrastructure deployment.
Quantum Benchmarking Initiative (QBI)
Aligned with DARPA QBI Track for cross-platform QPU evaluation. QBS-26 methodology directly addresses DARPA's requirements for reproducible, hardware-agnostic quantum performance metrics.
Collaborate on Frontier Research
Partner with Triqee on DOE/DARPA-aligned quantum research programs or license the QBS-26 standard for your institution.
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